mymesh.primitives

Mesh generation for pre-defined shapes

Shapes

Line(pt1, pt2[, h, n])	Generate a mesh of a straight line between two points
Multiline(points[, h, n, connect_ends])	Create a multi-point line by connecting a series of points
Box(vertices, n[, ElemType, Type])	Generate a mesh of box.
Grid(bounds, h[, exact_h, ElemType, Type])	Generate a 3D rectangular grid mesh.
Grid2D(bounds, h[, z, exact_h, ElemType])	Generate a rectangular grid mesh.
Plane(pt, normal, bounds, h[, exact_h, ElemType])	Generate a 2D grid oriented on a plane
Circle(center, radius[, theta_resolution, ...])	Construct a circle from a center and radius.
CirclePt(center, point[, theta_resolution, ...])	Construct a circle from a center and point.
Cylinder(center, radius, height[, ...])	Generate an axis-aligned cylindrical mesh
Sphere(center, radius[, theta_resolution, ...])	Generate a sphere (or ellipsoid) The total number of points will be phi_resolution*(theta_resolution-2) + 2
Torus(center, R, r[, axis, ...])	Generate a torus The total number of points will be phi_resolution*(theta_resolution-2) + 2

2D to 3D Constructions

Extrude(m, distance, step[, axis, twist, ...])	Extrude a 2D mesh to a 3D surface or volume
Revolve(m, angle, anglestep[, center, ...])	Revolve a 2D mesh to a 3D surface or volume